首页> 外文会议>56th International Astronautical Congress 2005 vol.6 >The FLECS Expandable Module Concept for Future Space Missions and an Overall Description on the Material Validation
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The FLECS Expandable Module Concept for Future Space Missions and an Overall Description on the Material Validation

机译:FLECS未来太空任务的可扩展模块概念以及对材料验证的总体描述

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The future space exploration missions aim to reduce the costs associated with design, fabrication and launch for ISS, Moon and Mars modules, while simultaneously increasing the useful volume. Flexible and inflatable structures offer many advantages over conventional structures for space applications. Principal among the advantages is the ability to package these structures into small volumes for launch. Design maturation and the development of advanced materials and fabrication processes have made the concept of an inflatable module achievable in the near future. The Multipurpose Expandable Module (FLECS) Project sponsored by ASI (Italian Space Agency) whose prime contractor is Alcatel Alenia Space Italia, links the conventional and traditional technology of modules with the innovative solutions of inflatable technology. This project emphasizes on demonstrating the capability in using inflatable technology on space structures aiming to substitute the conventional modules in future manned missions. FLECS is been designed using advanced textiles and films in order to guarantee the structural reliability necessary for the deployment and packaging configurations.
机译:未来的太空探索任务旨在降低与ISS,月球和火星模块的设计,制造和发射相关的成本,同时增加有用的体积。与用于太空应用的常规结构相比,柔性和可充气结构具有许多优势。优点中的主要优点是能够将这些结构打包为小体积以进行发射。设计的成熟以及先进材料和制造工艺的发展使充气模块的概念在不久的将来成为可能。由意大利航天局(ASI)赞助的多用途可扩展模块(FLECS)项目将主要和传统的模块技术与充气技术的创新解决方案相结合,该项目的主要承包商是阿尔卡特Alenia Space Italia。该项目着重于展示在空间结构上使用充气技术的能力,旨在在未来的载人飞行任务中替代常规模块。 FLECS是使用高级纺织品和薄膜设计的,目的是确保部署和包装配置所需的结构可靠性。

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